An impact damping ergonomic cover design that enables easy mechanism cleaning in firearms

Abstract

The present invention relates to a cover slot and a cover that facilitates the cleaning of firing parts used in rifle mechanisms and that also damps the impact of the rifle during shooting, and a long-lasting and multi-functional operation cover. The present invention relates to easy cleaning of the parts by means of placing an easy-to-remove operation cover at the junction area of the carrier pipe and the upper body by opening the riffle body from the rear side and taking out all the rifle elements, instead of separating the parts that are difficult to disassemble and assemble and providing the cleaning of the execution arm, bolt and similar mechanism parts by removing them from the barrel since the rifle mechanisms required to be cleaned after each use.

1 . A body used in the riffles, comprising,
 a. at least one cover slot ( 9 ) on the upper body;   b. a cover ( 1 ), when positioned in the cover slot ( 9 ), to which the bolt ( 11 ) on the execution arm ( 12 ) hits as it moves together with the bolt ( 11 ) backwards after the shot, and enables said execution arm ( 12 ) and the bolt ( 11 ) thereon to be removed from the back of the upper body when removed from the cover slot ( 9 ).   
     
     
         2 . A body used in riffles according to  claim 1 , comprising, a pin slot ( 2 ) located on said cover ( 1 ), at least one pin ( 7 ) connected in said upper body which enables said cover ( 1 ) to be fixed to said cover slot ( 9 ) by fitting on said pin slot ( 2 ). 
     
     
         3 . A body used in riffles according to  claim 2 , comprising, at least one compression spring ( 6 ) that is compressed by pushing said pin ( 7 ) and enables said cover ( 1 ) to be removed from the cover slot ( 9 ) opened on the upper body such that a slot under said pin ( 7 ) coincides with the pin slot ( 2 ) on said cover ( 1 ), 
     
     
         4 . A body used in riffles according to  claim 1 , comprising, at least one abutment screw ( 4 ) that is seated in said screw channel ( 8 ) on said pin ( 7 ), that determines the pushing limit of said pin ( 7 ), and that is positioned with a screw socket ( 5 ) opened on the upper body.